So I am not a professional programmer, but I do like to tinker with projects and just teach myself stuff (in python and now rust).
I currently just install stuff on my linux distro off of the repos or anaconda for python. I’ve never had any particular issue or anything. I was thinking about maybe moving projects into a container just so that they are more cleanly separated from my base install.
I am mostly wondering about how the community uses containers and when they are most appropriate and when they are more issue than they are worth. I think it will be good for learning, but want to hear from people who do it for a living.
No worries! Writing that down actually helped clarify some of my thoughts.
Something extra: distributed computing.
Let’s say you have 3 processes that need to communicate with one
another. There’s heaps of tooling available in OSs to manage those
processes. Logging, networking, filesystem access, privilege
separation, resource allocation… all provided by the host OS without
installing anything. But what if those 3 processes can’t run on one
“machine”? Which process should go where? What if it needs 8GB memory
but there’s only 6GB available on some of the machines? Who controls
that?
Systems like Kubernetes, Nomad, Docker Swarm etc. offer a way to
manage this. They let us say something like:
run this process (by specifying a container image),
give it at least these resources (xGB memory, xvCPUs)
let it communicate with these other processes (e.g. pods, overlay networks…)
These systems manage containers. If you want to do distributed
computing and want to take advantage of those systems to manage it,
stuff needs to be run in containers.
Containers are not the only way to do distributed computing - far from
it! But over the past few years this particular approach has become
popular in the, umm… “commercial software development industry”.
Opinion. Are Linux containers something to look into as someone who doesn’t work in the industry?
Unless you’re interested in how containers themselves work and/or distributed computing;
frankly - no. Computers are still getting faster and cheaper.
So why is all this stuff so popular in the commercial world?
I’ll end with some tongue-in-cheek.
Partly it’s because the software development industry is made up of
actual human beings who have their own emotions and desires.
Distributed computing is a fun idea because tech people are faced with
challenges tech people are interested in.
Boring: can we increase our real estate agency brand recognition by 200%?
We could provide property listings as both a CSV and PDF to our partners!
Our logo could go on the PDF! Wow! Who knows how popular our brand could be?
Fun: can we increase throughput in this part of the system by 200%? We
might need to break that component out to run on a separate machine!
Wow! Who knows who fast it could go?
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That feels like it makes way too much sense, thank you for the answer!
No worries! Writing that down actually helped clarify some of my thoughts.
Something extra: distributed computing.
Let’s say you have 3 processes that need to communicate with one another. There’s heaps of tooling available in OSs to manage those processes. Logging, networking, filesystem access, privilege separation, resource allocation… all provided by the host OS without installing anything. But what if those 3 processes can’t run on one “machine”? Which process should go where? What if it needs 8GB memory but there’s only 6GB available on some of the machines? Who controls that?
Systems like Kubernetes, Nomad, Docker Swarm etc. offer a way to manage this. They let us say something like:
These systems manage containers. If you want to do distributed computing and want to take advantage of those systems to manage it, stuff needs to be run in containers.
Containers are not the only way to do distributed computing - far from it! But over the past few years this particular approach has become popular in the, umm… “commercial software development industry”.
Opinion. Are Linux containers something to look into as someone who doesn’t work in the industry? Unless you’re interested in how containers themselves work and/or distributed computing; frankly - no. Computers are still getting faster and cheaper. So why is all this stuff so popular in the commercial world? I’ll end with some tongue-in-cheek.
Partly it’s because the software development industry is made up of actual human beings who have their own emotions and desires. Distributed computing is a fun idea because tech people are faced with challenges tech people are interested in.
Boring: can we increase our real estate agency brand recognition by 200%? We could provide property listings as both a CSV and PDF to our partners! Our logo could go on the PDF! Wow! Who knows how popular our brand could be?
Fun: can we increase throughput in this part of the system by 200%? We might need to break that component out to run on a separate machine! Wow! Who knows who fast it could go?